(DICHENGEN, Vokietija, vasaris 28, 2024) Led by Thomson, the XProLas plėtra partneriai turi pradėjo darbą on a lazeriu varomas compact X-ray source, a technology that promises to significantly enhance the durability and performance of electric vehicle batteries in the future. Under the plan, the first demonstration systems are expected to be operational in 2026. With these systems, manufacturers will be able to monitor the charging and discharging processes of batteries in real-time and identify impurities in the baterijos daugiau tiksliai. Šie svarbūs rezultatai bus tiesiogiai prisidės į the development of new types of battery and are expected to improve key indicators such as the charging speed of battery. It is worth noting that, while previous research has relied on large and rare particle gas pedals over 100 meters long, lazeriu varomas rentgeno šaltiniai are comparable in size to mobile homes, and are todėl pigiau į gamybą ir turi plačias taikymą perspektyvas in the industrial sector.
TRUMPINYS, the world's leading provider of machine tools and laser technology solutions, is proprovisioning significant support to this partnership with its deep expertise in industrial laser manufacturing. BASF, a leading global chemical company, and Cellforce, a manufacturer of high-end batteries, provided high-quality battery materials and components for the tests. In the field of beam sources, Ushio Germany and Excillum demonstrated jų ekspertizė. Tuo tarpu, Bruker and Viscom buvo atsakingas už the construction of the visa system. In the academic field, the University of Hannover and the Fraunhofer Institutes in Aachen and Jena also played an integral role. The wholere research project, with a budget of apytiksliai 15 million euros, was labai subsidijuojama by the German Federal Ministry of Education and Research (BMBF).
The XProLas development project aims to develop a compact and high-brightness X-ray source for analizavimas katodas medžiagos in elektrinė transporto priemonė baterijos. Katodas medžiaga elektrinė transporto priemonė baterijos is kritinis to jų veikimas ir patikimumas, ir the precise kompozicija of the cathode material can be determined X-rays. Šis kompaktiškas, lazeriu valdomas Rentgeno šaltinis is tikimasi pakeisti didelis moksliniai tyrimai įrenginiai, taip greitėjimas R&D pastangos pagal katodas medžiaga gamintojai.
In the process of generating X-rays, the laser acts as a so-called upstream beam source. The laser pulse strikes a target, which is usually a metal such as gallium, indium or tin. The resulting plasma releases some of its energy in the form of very short-wave light, such as X-rays.
